Smart #1 and Smart #3 First Drive Review: #ForgetWhatYouKnowAboutSmart
Products of a joint venture between Mercedes-Benz and Geely Automotive, these hashtag-named EVs are nothing like their tiny predecessors.Henry Ford II once grumbled that making small cars meant small profits. Mercedes-Benz would have loved the Deuce to have been right about that. Its Smart small car brand proved nothing but a bottomless money pit from the moment the first tiny two-seater hit the road in 1998. By 2013, according to one analysis, Mercedes had spent about $5 billion on Smart, losing about $6,100 on every car it had sold in the previous 15 years.
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In that context, the decision by Mercedes-Benz to turn Smart into a 50-50 joint venture business with China’s Geely Automotive looks, er … smart. Announced in 2019, Smart Automobile Co., Ltd is now headquartered in Ningbo, China, where it benefits from low costs, fast development times, and access to advanced EV hardware and software. More important, Smart no longer builds cars sized to squeeze into miniscule parking spaces in the back streets of Rome or Paris.
#TotalRethink
The tape measure tells the story. The original Smart Fourtwo would, from nose to tail, fit entirely within the entry-level Smart #1’s 108.3-inch wheelbase with 8.3 inches to spare. And with an overall length of 173.2 inches, width of 72.6 inches, and height of 61.3 inches, the larger Smart #3 is the about the size of a Jeep Compass, with a 109.6-inch wheelbase that’s almost 6 inches longer. Those names? They’re pronounced “Hashtag One” and "Hashtag Three."
Both Smarts are built on Geely’s Sustainable Experience Architecture (SEA), described by the company as the world’s first open-source electric vehicle architecture. SEA also underpins the Volvo EX30, and Geely says it will eventually be deployed across nine global brands that between them sold more than 9 million vehicles worldwide in 2019. Unlike their unprofitable predecessors, the Smart #1 and #3 are underpinned by hardware—and software—with real economies of scale.
The Smart #1 is a tall hatchback with a funky roofline that adds character and allows for a range of two-tone paint schemes. Inside is an interior dominated by a smooth dash that swoops seamlessly into a high center console. Beautifully executed and detailed, with a faintly retro space-age vibe, it gives the Smart #1’s cabin, which Smart says has the interior room of a Mercedes-Benz E-Class sedan (helped by a rear seat the slides fore and aft) and an upscale, uniquely modernist feel.
There are screens, of course: a letterbox-format 9.2-inch HD instrument cluster in front of the driver and a 12.8-inch infotainment touchscreen at the center of the dash. But unlike in many other minimalist EVs, they don’t overwhelm the interior.
The Smart #3 interior has the same architecture, though there’s slightly more legroom in the rear seat and more cargo space under the rear hatch. As in the #1, the quality of the materials used and the fit and finish throughout is very good. It’s an interior that makes that of the Volkswagen ID4 look cheap and gloomy.
The visual differences between the #1 and the #3 are all outside. The #3 has a swooping coupelike roofline that, while elegant, makes it look like a more conventional car. It’s proportionally less pugnacious, too, and not just because it has a 1.3-inch-longer wheelbase than the Smart #1. It’s 4.0 inches longer overall and three-quarters of an inch wider, and the roof is 3.2 inches lower. Despite the extra sheetmetal, the 4,210-pound Smart #3 weighs just 22 pounds more than the smaller #1.
Both Smart models are available in a variety of trim levels with battery packs starting at 49 kWh for the entry-level Smart #1 Pro and 51 kWh for the base Smart #3. All other trim levels come with a 66-kWh battery. Regardless of capacity, the batteries can be taken from a 10 percent state of charge to 80 percent in 30 minutes on a 150-kW charger.
All but the top-of-the-range Brabus models are powered by a single motor mounted at the rear axle and driving the rear wheels; that motor develops 268 hp and 253 lb-ft of torque. The Brabus versions are dual-motor, all-wheel-drive Smarts that pack 422 hp and 430 lb-ft, more than five times the power and three-and-a-half times the torque of the last Smart sold in the U.S., the electric-powered Smart Fourtwo ED (that’s, ahem, Electric Drive).
Smart says the entry-level #1 with the 49-kWh battery has a WLTP-certified range of 193 miles, and the best-optioned rear-drive model with the 66-kWh battery can travel 273 miles. The Brabus version is good for 248 miles, Smart says. (In America, gauged against the EPA test criteria, those figures would shrink.)
Sleeker sheetmetal, which gives the #3 a claimed drag coefficient of 0.27 compared with the #1’s 0.29, helps the bigger Smart travel farther. The base car with the 51-kWh battery has a WLTP-certified range of 202 miles, while the best of the single-motor, rear-drive variants with the 66-kWh battery is rated at 283 miles. The range of the #3 Brabus is 258 miles.
The single-motor Smart #1 will accelerate from 0 to 60 mph in less than 6.7 seconds on its way to an electronically limited top seed of 112 mph. The single-motor Smart #3 is almost a second quicker to 60 mph, stopping the clock in less than 5.8 seconds. The dual-motor Brabus versions are almost supercar quick. The #1 Brabus nails 60 mph in under 3.9 seconds. The #3 Brabus takes two-tenths of a second less, making it quicker to 60 than Porsche 911 Carerra T.
In case you’re wondering, Brabus, which was founded in 1977 as a Mercedes-Benz tuning shop and remains an independent company, formed a joint venture with Mercedes in 2001 to build faster versions of the original Smart. It’s less hands on these days—the new Brabus Smarts are built entirely in China—but the association remains, and the Brabus branding is now being applied to higher-performance Smart models in much the same way Mercedes-Benz uses AMG.


